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Crop scientists breed crops and develop cropping systems, that are profitable and ecologically sustainable.
In light of the ever increasing world population and the finite cropping area, this goal remains a key challenge of humanity today and will become even more important in the future.
Hohenheim offers one of the most extensive study programmes in crop sciences in the world. The scientific infrastructure of the university, with its research station and the State Plant Breeding Institute, is unique. This offers students the possibility to apply their theoretical knowledge into the practice.
The Masters programme in Crop Science seeks to apply biological, physiological, molecular genetic and biometric principles to crops and cropping systems, in order to increase their efficiency. Graduates are prepared to creatively solve the changing problems in modern crop development, production and management. This requires an understanding of diverse fields, from basic biology, physiology and ecology to bioinformatics and expert systems.
Crop Science majors at the Universität Hohenheim concentrate on the interrelationships between the physiological and biological factors that regulate crop productivity.
The two-year programme comprises four semesters, during which a minimum of 90 ECTS credits coursework and the Masters thesis must be completed.
The programme focuseson two majors
* Plant Nutrition and Protection The focus of this major is on molecular biology, biotechnology and physiology as well as on modern strategies of crop protection in order to develop biotechnological approaches and management practices with the objective of producing high yields in high quality.
* Plant Breeding and Seed Science
Students are trained in the entire repertoire of classical and modern technologies in plant breeding, breeding methodological thinking, and biometry in plant breeding as well as in seed science.
Module structure:
Semester 1,2 and 3:
7 compulsory modules totalling 42 credits
* Methods of Scientific Working for Crop Sciences
* Population and Quantitative Genetics
* Breeding Methodology
* Seed Research
* Advanced Statistical Methods for Metric and Categorical Data
* Selection Theory
* Planning of Breeding Programmes
Semester 4:
Master's thesis
Audience
Prospective students with higher education entrance qualification and an above-average Bachelors degree in agrobiology, agricultural sciences agriculture or a related field.
Accreditation
Scheduled
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